A block of mass m = 34 kg and speed V is behind a block of mass M = 81 kg and speed of

As shown in the figure.The surface is frictionless and the blocks collide and couple.After the collision,the blocks have a common speed of A block of mass m = 34 kg and speed V is behind a block of mass M = 81 kg and speed of As shown in the figure.The surface is frictionless and the blocks collide and couple.After the collision,the blocks have a common speed of What is the magnitude of the impulse on the 34-kg block due to the collision? A)32 N ∙ s B)14 N ∙ s C)41 N ∙ s D)57 N ∙ s E)73 N ∙ s

What is the magnitude of the impulse on the 34-kg block due to the collision? A block of mass m = 34 kg and speed V is behind a block of mass M = 81 kg and speed of As shown in the figure.The surface is frictionless and the blocks collide and couple.After the collision,the blocks have a common speed of What is the magnitude of the impulse on the 34-kg block due to the collision? A)32 N ∙ s B)14 N ∙ s C)41 N ∙ s D)57 N ∙ s E)73 N ∙ s

A)32 N ∙ s
B)14 N ∙ s
C)41 N ∙ s
D)57 N ∙ s
E)73 N ∙ s

A 30-Kg Mass Is Located at (0

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